CN210631081U

CN210631081U - Double-water-inlet double-flow-channel overflowing type beverage module

Info

Publication number: CN210631081U
Application number: CN201920537616.0U
Authority: CN
Inventors: 肖述; 刘东亚
Original assignee: Shanghai Ozone Comfort Environmental Technology Co ltd
Current assignee: Shanghai Ozone Comfort Environmental Technology Co ltd
Priority date: 2019-04-19
Filing date: 2019-04-19
Publication date: 2020-05-29
Anticipated expiration: 2029-04-19

Abstract

The utility model relates to a double-water-inlet double-flow-passage overflowing type beverage module, which comprises a flow passage device, a decorative supporting part and a capsule module; the flow passage device is of an integrated structure, the upper end of the flow passage device is simultaneously provided with a water channel opening and a beverage flow passage opening, the water channel opening is communicated with a water channel pipeline below, and the beverage flow passage opening is communicated with a beverage flow passage below; the capsule module is modeled with the drink runner port and is arranged in the drink runner port; the decorative supporting part is fixed outside the flow passage device and is fixedly connected with the water source supply equipment, so that the waterway channel opening is aligned with the upper drinking water inlet, and the beverage channel opening is aligned with the upper beverage inlet. The utility model relates to a capsule dashes bubble process for the cross-flow type dashes bubble, need not the high pressure, need not processes such as puncture, easy operation, the module easily adorns easily in addition and easily gets, and it is convenient to wash, need not supporting customization equipment, installs fast and dashes and dash and be applicable to various different drinking water equipment, and two water inlet double-flow-passage designs very much moreover can guarantee drink and water route thorough separation again, can not cross contamination.

Description

Double-water-inlet double-flow-channel overflowing type beverage module

Technical Field

The utility model relates to a drink module particularly, is a two water intaking double-flow-passage overflowing type drink module.

Background

The beverage industry is more popular with coffee and tea, the traditional coffee beverage preparation needs coffee beans to be ground into powder and is prepared by brewing and extracting at proper temperature and high pressure, the traditional tea beverage preparation needs tea leaves to be soaked in water at proper temperature for proper time to achieve the best taste, obviously, the preparation processes are all complex, and excessive manual participation is needed.

In 1976, the Nestle corporation made technological innovation to introduce a capsule coffee machine that ground coffee beans into powder in advance, filled into a specific capsule shell, and then matched with a specific machine to rapidly produce a satisfactory cup of coffee.

In recent years many companies in China have derived capsule machine equipment for the rapid production of coffee, tea and other beverages according to the idea of a nestle product, for example:

chinese patent document No. CN204600202U, published 2015, 9/2, discloses a brewing device for a capsule coffee machine, which discloses a capsule module requiring gear transmission, and is matched with a single-sealed capsule cup body, when brewing, the upper end and the lower end of a capsule need to be punctured manually, water flows in from an upper puncture hole, and a beverage flows out from a lower puncture hole through a filter screen;

chinese patent publication No. CN107440523A, published 2017, 12 and 8, discloses a liquid outlet structure of a beverage preparation device, and discloses a mechanical press rod type capsule module, which is matched with a capsule cup body with a double-layer seal, when brewing, firstly, the upper and lower ports of the outer layer of the capsule are punctured, water flows into the capsule, the inner layer of the capsule is automatically punctured along with the increase of water pressure, and finally, a beverage flows out through the lower puncturing port of the outer layer.

The Chinese patent document with the publication number of CN108478006A and the publication number of 2018, 9, month and 4, discloses a method for making a beverage by a capsule beverage machine, and the brewing method is → capsule puncture → high pressure water flushing → brewing completion.

In summary, the existing capsule module and capsule machine technologies are both piercing and water-flushing modes, wherein the piercing mechanism is relatively complex, only a specific capsule machine adapted to capsules can be selected during brewing, and the piercing capsule production process is relatively complex and the production cost is high, which also limits the rapid development of the capsule beverage industry.

SUMMERY OF THE UTILITY MODEL

The utility model aims at providing a two inflow double-flow-passage overflowing type drink module, not only the capsule technology is simplified, and it is simple to dash the bubble process, and the use of pure water has both been satisfied in the design of special double-flow-passage moreover, has avoided the cross contamination of pipeline completely, and this utility model is suitable for and general in various water facilities (water purifier, water heater etc. that have the delivery port), lets people can obtain wanted drink fast.

The utility model adopts the following technical proposal:

a double-water-inlet double-flow-channel overflowing type beverage module comprises a flow channel device 13, a decorative supporting part 11 and a capsule module 14; the flow channel device 13 is an integrated structure, and the upper end of the flow channel device is provided with a water channel opening 131 and a beverage flow channel opening 132 at the same time, the water channel opening 131 is communicated with a water channel pipeline 133 below, and the beverage flow channel opening 132 is communicated with a beverage flow channel 134 below; the capsule module 14 is modeled with the beverage channel port 132 and is arranged in the beverage channel port 132; the decorative support member 11 is fixed outside the flow channel device 13 and is fixedly connected to the water supply device, such that the waterway opening 131 is aligned with the upper drinking water inlet 21 and the beverage passage opening 132 is aligned with the upper beverage inlet 22.

Furthermore, the decorative support member 11 has a plurality of fixing grooves 111 on the inner side, the fixing magnets 12 are glued in the fixing grooves, the magnets 12 are used as the stress support member for mounting the whole module and the water source supply device, and another magnet is mounted on the corresponding position on the water source supply device in a matching manner.

Furthermore, the magnet 12 is symmetrically arranged in two left and right, and the flow passage device 13 is fixed with the decoration support part 11 through a snap fit.

Furthermore, the water channel 133 has a Z-shaped bending structure, and the outlet of the water channel is close to the drink channel 134 through two bending operations, and is within the range of the aperture of the water receiving cup.

Further, the runner device 13 is an integral injection molding piece; the capsule module 14 has a plastic support structure in the middle, and both the upper and lower parts are non-woven fabrics with holes, and solid drinks are contained in the capsule module.

Furthermore, the upper portion of the capsule module 14 has a hollow-out water buffer area 141, and the auxiliary flow channel 142 enables water to uniformly flow into the capsule module to combine with the beverage and complete brewing.

Further, the water source supply device is a water purifier or a water heater.

Further, the side walls and the bottom of the capsule module 14 are formed in a spherical shape.

The beneficial effects of the utility model reside in that:

1) the capsule brewing process does not need high pressure, puncture and other processes, so that the capsule process is simplified, the brewing process is simple, and the operation is simple;

2) the capsule is easy to be loaded and taken, is convenient to clean and does not need matched custom equipment;

3) the rapid-installation brewing device is suitable for various drinking equipment, and the special double-water-inlet double-flow-channel design meets the requirements of the use of drinks and the use of pure water, has wider usability, can ensure that the drinks are thoroughly separated from a water channel, and cannot cause cross contamination.

4) Design through magnet and water source provide equipment and install fast, are suitable for and general in various water facilities (have the water purifier of delivery port, water heater etc.), let people can obtain the drink that wants fast, and commonality and expansibility are higher, have the prospect of extensive popularization and application.

5) The waterway pipeline is designed to have a Z-shaped bending structure, so that the two runners are positioned in the range of the caliber of the water receiving cup at the set position on the drinking equipment, and the design is ingenious.

Drawings

Fig. 1 is an exploded view of the dual water inlet and dual flow passage flowing type beverage module of the present invention.

Fig. 2 is a schematic view of a module brewing layout.

Fig. 3 is a schematic view of the brewing process with the beverage.

Fig. 4 is a schematic flow chart of the process when no beverage is available or when the runner device is flushed.

Detailed Description

The present invention will be further described with reference to the accompanying drawings and specific embodiments.

A double-inlet double-channel overflowing type beverage module can be used on a water purifier and a water heater of a water outlet as shown in figures 1-4.

1) The beverage module comprises:

magnet 12 point is glued and is fixed to in plastic decoration fixed slot 111, and magnet 12 is as the atress supporting component of whole module and drinking water equipment installation, only needs drinking water equipment to go up to correspond the position and to have magnet to install fast, for guaranteeing stable in structure, two magnet 12 of bilateral symmetry are chooseed for use in this design, and the runner device 13 is in the same place through the buckle equipment with decorating supporting component 11 at last, after packing into capsule module 14 alright regard as independent drink module 1.

The flow passage device 13 is provided with a water passage flow passage port 131 and a beverage flow passage port 132 for respectively communicating water and beverage, and the capsule module 14 is provided with a water buffer area 141 for facilitating the water to uniformly flow into the capsule to be combined with the beverage and complete the brewing.

As shown in fig. 2, the dual-inlet dual-flow-channel overflowing type beverage module needs to have two water inlets, a drinking water inlet 21 and a beverage water inlet 22, and the two water inlets can be switched by a circuit, when drinking water is needed, the drinking water inlet 21 is opened, water flows out of the water cup 3 through the waterway flow channel port 131, when other beverages are needed, the beverage capsule module 14 is firstly put into the beverage flow channel port 132, the beverage module 1 is installed on a drinking device, the beverage water inlet 22 is opened, and water flows out of the water cup 3 through the capsule module 14 to obtain needed beverages.

As shown in the cross-sectional view of fig. 3, when drinking, the beverage capsule module 14 is first placed into the beverage channel port 132, the beverage module 1 is mounted on the drinking device, the beverage inlet 22 is opened, and water flows out through the beverage channel 134 via the capsule module 14 to obtain the desired beverage.

As shown in the cross-sectional view of fig. 4, when the customer only needs to drink water, the drinking water inlet 21 is opened, and the water flows through the waterway channel port 131 and the waterway channel 133 to discharge water, and similarly, when the waterway channel needs to be flushed, the capsule is taken out, and the drinking water inlet 21 or the drink water inlet 22 is opened, so that the water is discharged from the waterway channel port 131 and the drink channel port 132 through the waterway channel 133 and the drink channel 134.

2) The capsule module brewing method comprises the following steps:

as shown in fig. 2, the module of this design needs to have two water inlets, drinking water inlet 21 and drink water inlet 22, and two water inlets accessible circuit switch, when needing the drinking water, open drinking water inlet 21, rivers are in drinking cup 3 through water route runner way 131 play water, when needing to drink other drinks, at first put into drink runner way 132 with drink capsule module 14 in, install drink module 1 to drinking water equipment on, open drink water inlet 22, water just flows out in drinking cup 3 through capsule module 14, obtains required drink.

3) The brewing method of the beverage capsule comprises the following steps:

4) Flow when no drink is available or the module is flushed:

The utility model relates to a capsule dashes bubble process for the cross-flow type dashes bubble, need not the high pressure, need not processes such as puncture, easy operation, the module easily adorns easily in addition and easily gets, and it is convenient to wash, need not supporting customization equipment, installs fast and dashes and dash and be applicable to various different drinking water equipment, and two water inlet double-flow-passage designs very much moreover can guarantee drink and water route thorough separation again, can not cross contamination.

The above are preferred embodiments of the present invention, and those skilled in the art can make various changes or improvements on the above embodiments without departing from the general concept of the present invention, and these changes or improvements should fall within the scope of the present invention.

Claims

1. The utility model provides a two water double-flow-passage overflowing type drink module which characterized in that:

comprises a flow passage device (13), a decorative support part (11) and a capsule module (14);

the flow channel device (13) is of an integrated structure, the upper end of the flow channel device is simultaneously provided with a water channel opening (131) and a beverage flow channel opening (132), the water channel opening (131) is communicated with a water channel pipeline (133) below, and the beverage flow channel opening (132) is communicated with a beverage flow channel (134) below;

the capsule module (14) is modeled with the beverage flow port (132) and is arranged in the beverage flow port (132);

the decorative supporting part (11) is fixed outside the flow passage device (13) and is fixedly connected with the water source supply equipment, so that the water passage opening (131) is aligned with the upper drinking water inlet (21), and the beverage passage opening (132) is aligned with the upper beverage inlet (22).

2. The dual water inlet dual flow through-flow beverage module of claim 1, wherein: the inner side of the decorative supporting part (11) is provided with a plurality of fixing grooves (111), fixed magnets (12) are glued in the fixing grooves, the magnets (12) are used as stress supporting parts for mounting the whole module and water source supply equipment, and other magnets are arranged on the corresponding positions of the water source supply equipment in a matching mode.

3. The dual inlet dual flow through-flow beverage module of claim 2, wherein: the two magnets (12) are arranged in bilateral symmetry, and the flow channel device (13) and the decorative supporting part (11) are installed and fixed through buckles.

4. The dual water inlet dual flow through-flow beverage module of claim 1, wherein: the water channel pipeline (133) is provided with a Z-shaped bending structure, and the outlet of the water channel pipeline is close to the drink flow channel (134) through twice bending and is positioned within the range of the caliber of the water receiving cup.

5. The dual water inlet dual flow through-flow beverage module of claim 1, wherein: the runner devices (13) are all integrated injection-molded parts; the middle part of the capsule module (14) is provided with a plastic supporting structure, the upper part and the lower part are both of non-woven fabric structures with holes, and solid drinks are contained inside the non-woven fabric structures.

6. The dual inlet dual flow through-flow beverage module of claim 1 or 5, wherein: the upper part of the capsule module (14) is provided with a hollow water buffer area (141), and the auxiliary flow passage (142) can enable water to uniformly flow into the capsule module to be combined with drinks and complete brewing.

7. The dual water inlet dual flow through-flow beverage module of claim 1, wherein: the water source supply device is a water purifier or a water heater.

8. The dual water inlet dual flow through-flow beverage module of claim 1, wherein: the side walls and the bottom of the capsule module (14) form a spherical surface shape.